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NUMERICAL VALIDATION AND APPLICATION OF THE NEUBER-FORMULA IN FEA-ANALYSIS NUMERICAL VALIDATION AND APPLICATION OF THE NEUBER-FORMULA IN FEA-ANALYSIS Frank Thilo Trautwein, CEO ACES GmbH, Filderstadt, Germany SUMMARY For the simulation of the durability and life estimation of cyclic loaded parts, simulation models which consider material plasticity and damage effects such as the local strain concepts are state of the art. Typically light weight structures are dimensioned in a way that limited local yielding is allowed. Traditional nonlinear FEA analysis simulating the local material plasticity are still very resource intensive, yet fatigue and life endurance simulations commonly need stress and strain results for various different load levels, making such an analysis expensive.
NUMERICAL VALIDATION AND APPLICATION OF THE NEUBER-FORMULA IN FEA-ANALYSIS In over-elastic loading, the proportionality between stress and strain
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Strength of Materials, Stress, Strain, REINFORCED CONCRETE, Diagram, Strength of Materials Contents, Significance of the yield stress / tensile stress, Significance of the yield stress/tensile stress, Strength, Interaction Diagram - Tied Reinforced Concrete, Interaction Diagram - Tied Reinforced Concrete Column, Calculations for Structures under Mechanical